Animals often consume resources from multiple energy channels, thereby connecting food
webs and driving trophic structure. Such 'multichannel feeding'can dictate ecosystem …

Intraspecific variation, including individual diet variation, can structure populations and
communities, but the causes and consequences of individual foraging strategies are often …

Patterns of plant biomass partitioning are fundamental to estimates of primary productivity
and ecosystem process rates. Allometric relationships between above‐ground plant …

Herbivory is a dominant feeding strategy among animals, yet herbivores are often protein
limited. The gut microbiome is hypothesized to help maintain host protein balance by …

Understanding the complex and unpredictable ways ecosystems are changing and
predicting the state of ecosystems and the services they will provide in the future requires …

Intraspecific variation plays a pivotal role in shaping ecological dynamics. As the dispersal of
seeds of most woody plants is mediated by animals, individual variation within the animal …

Dietary specialisations are important determinants of ecological structure, particularly in
species with high per‐capita trophic influence like marine apex predators. These species …

Determining how climate affects biotic interactions can improve understanding of drivers of
context‐dependence and inform predictions of how interactions may influence plants under …

Availability of food resources is an important driver of survival. Populations must either
relocate or adapt to persist in environments where food availability is changing. An optimal …

Foraging in uncertain environments requires balancing the risks associated with finding
alternative resources against potential gains. In arid-land environments characterized by …